PUBLISHER: Stratistics Market Research Consulting | PRODUCT CODE: 1401864
PUBLISHER: Stratistics Market Research Consulting | PRODUCT CODE: 1401864
According to Stratistics MRC, the Global Heat Recovery Dryer Market is accounted for $815.2 million in 2023 and is expected to reach $1072.8 million by 2030 growing at a CAGR of 4.0% during the forecast period. Heat Recovery Dryers are a sort of drying equipment that is often used in industrial settings to remove moisture from various commodities such as grains, food goods, or chemicals. It works by repurposing and recycling the heat produced during the drying process, which increases energy economy. The material is dried by being passed through a hot air circulation system. The material is saturated with moisture as a result of the hot air passing through, making the air humid.
Energy efficiency concerns
Businesses are putting more and more emphasis on cutting expenses and conserving energy. Heat recovery dryers provide an effective way to reduce energy usage by recycling waste heat. Reduced energy use results in a reduced carbon footprint and a decrease in greenhouse gas emissions, both of which support environmental sustainability. Heat recovery dryers can reduce utility costs over time by using less energy, which makes them more economical overall. This is the factor driving up demand for market expansion.
Performance variability
Factors like humidity levels, outside temperature, and the kind of material being dried can all affect how effective heat recovery dryers are. The recovery process may be less successful under some circumstances, which might affect the drying efficiency as a whole. Not every kind of textile is suited for these dryers. Heat recovery is not always beneficial for all materials, hence the additional cost is not always justified. This is the factor impeding the market's expansion.
Technological advancements
Heat exchangers are now more efficient due to advancements in material science and design. Improved capacity to transport heat and increased surface area enable more efficient heat recovery during the drying phase. More attractive and practical heat recovery systems are now a reality for a wider range of sectors due to continuous technical breakthroughs. The demand for market expansion is being driven by this aspect.
Complexity and cost of installation
Installing heat recovery dryers might be more complicated than typical dryer installations. Heat exchangers are among the extra parts they need, which raises the initial installation price. Heat recovery dryers may need a larger upfront investment than standard dryers, despite the fact that they provide long-term savings through energy efficiency. For companies with tight budgets, this upfront expense might be a negative aspect.
Heat recovery dryer demand have changed. Due to closures or reduced operations, certain industries may have seen a fall in demand, while others-particularly those related to the production of critical products or healthcare-may have seen an increase in demand. The epidemic forced several sectors to concentrate on efficiency and innovation. This could have prompted R&D initiatives to improve the effectiveness, affordability, or flexibility of heat recovery dryers in response to shifting conditions.
The heat pump segment is expected to be the largest during the forecast period
The heat pump segment is expected to be the largest during the forecast period. Heat pump dryers use a lot less energy than conventional vented dryers. Generally speaking, these dryers run at lower temperatures than vented dryers, which are kinder on clothing. Delicate clothes won't be overdried or harmed by lower heat. Heat pump dryers lower the humidity in the laundry room by drawing moisture from the air and storing it in a tank or draining it out. This is especially useful in moist settings.
The pharmaceutical segment is expected to have the highest CAGR during the forecast period
The pharmaceutical segment is expected to have the highest CAGR during the forecast period. These dryers obtain the energy required for drying from a variety of waste heat sources, including solar heat, exhaust gases from engines, and industrial activities. The agricultural products are arranged in a room with circulating hot air. By helping to evaporate the moisture from the crops, the heat from the recovered source efficiently dries them out.
North America is projected to hold the largest market share during the forecast period. Heat recovery dryers are becoming more and more common because of their energy-saving construction. These dryers reduce the energy needed to heat the air and dry the clothes by recovering waste heat from the exhaust air and using it to pre-heat incoming air through the use of a heat exchanger. Heat recovery dryers are available from a number of manufacturers to meet the demands of both home and business customers.
Asia Pacific is projected to hold the highest CAGR over the forecast period. The market for heat recovery dryers has been fueled by the region's increased emphasis on sustainability and energy efficiency. They assist businesses in cutting operating expenses by lowering energy usage and greenhouse gas emissions. Furthermore, a lot of the nations in the area have strict environmental laws, which forces businesses to invest in environmentally friendly technology like heat recovery dryers in order to meet these requirements.
Some of the key players in Heat Recovery Dryer market include Jenn Sheng Precision Industry, Quanyang Machinery, Guangdong Wensui, Hitachi, Beko Technologies, Katsuragi, Takubo, Andritz Group, Shincci Global, Airex Industries, Tornum, Stela, Rudnick & Enners GmbH, Kumera, Lode Star and Zanin.
In October 2021, ANDRITZ has announced started-up a heat recovery chain of the tissue machine PM3 at ICT at its mill in Piano di Coreglia, Italy. The heat recovery chain, supplied by ANDRITZ Novimpianti, includes a PrimeDry YES Yankee Ecosteam System that produces approximately one third of the steam required for the Yankee by utilizing exhaust air from the Yankee hood.